Metal Crucible

About Metal Crucibles

Stanford Advanced Materials offers a wide range of crucibles for research, experiments, chemical analyses, tests, quality control and training. These crucibles are available in sizes up to 100 ml and are produced in various materials.

Crucibles are used for chemical analyses and for preparing melt fluxes for XRF analysis. Depending on the material, a crucible may be supplied with a lid or the lid can be acquired separately. They are manufactured from high-purity raw materials and are designed to withstand sudden temperature fluctuations without cracking or deforming. Their smooth surfaces reduce the chance of contamination and allow for easy cleaning.

The crucibles are available in the following materials:
Standard-Nickel Crucibles (Ni-Crucibles)
Zirconium Crucibles (Zr-Crucibles)
Tungsten Crucibles (High-Purity W-Crucibles)
Molybdenum Crucibles (Mo-Crucibles)
Tantalum Crucibles (Ta-Crucibles)
Niobium-Hafnium Alloy Crucibles / Beakers
Niobium Crucibles / Niobium Beakers
Niobium-Zirconium Alloy Crucibles / Beakers
Tungsten Crucibles (High-Purity W-Crucibles)
Molybdenum Crucibles (Mo-Crucibles)

Key Features of Metal Crucibles:

Heat Resistance: Metal crucibles are produced using materials that can tolerate the high temperatures encountered in processes such as metal casting, alloying and chemical reactions.

Durability: They are manufactured from metals and alloys known for their durability. The design ensures they continue to function effectively after repeated use.

Chemical Compatibility: Metal crucibles are selected on the basis of their compatibility with specific substances. They resist chemical reactions and reduce the risk of contamination, thereby maintaining the purity of processed materials.

Thermal Insulation: Some metal crucibles include heat-insulating properties that minimise heat loss and improve energy efficiency in high-temperature processes.

Versatility: They serve a variety of applications, ranging from metallurgy and materials science to research and development. They are offered in different sizes and shapes to meet specific requirements.

Applications of Metal Crucibles:

Metallurgy: Metal crucibles are used to melt and alloy metals. This enables the production of alloys with specific compositions for various industrial applications.

Material Research: Researchers utilise metal crucibles for high-temperature reaction experiments, material synthesis and materials science studies.

Chemical Industry: Metal crucibles are applied in chemical reactions, catalyst production and the manufacture of chemicals that require controlled high-temperature conditions.

Glass and Ceramics: Crucibles are employed in glass and ceramic production to melt, refine and shape materials for the manufacture of complex glassware and ceramic products.

Pharmaceutical Products: In pharmaceutical research, metal crucibles are used to synthesise compounds and pharmaceutical ingredients under controlled conditions.

Quality Assurance for Metal Crucibles:

Our metal crucibles are procured from recognised manufacturers and are subjected to strict quality control. This process ensures that they meet high industry standards. We aim to supply metal crucibles that reliably deliver consistent performance and durability.